Calcium Benzoate: a) A sample of saturated CaBz2 solution is at equilibrium. The initially-prepared concentrations are [Ca?+]; = A and [Bz]; =B. This sample is allowed to saturate, and then the remaining solid is filtered out. As determined by titration, the final benzoate ion concentration in solution is [Bz]e= C. What is the solubility product of CaBz, in terms of A, B, and C?|| b) In our lab experiment, the CaBz2 solution is saturated at equilibrium before titration. Why must the CaBz2 solutions be saturated?

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Chapter17: Solubility And Complex-ion Equilibria
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Calcium Benzoate:
a) A sample of saturated CaBz2 solution is at equilibrium. The initially-prepared concentrations are
[Ca?+]; = A and [Bz]; =B. This sample is allowed to saturate, and then the remaining solid is
filtered out. As determined by titration, the final benzoate ion concentration in solution is [Bz]:=
C. What is the solubility product of CaBz2, in terms of A, B, and C?|
b) In our lab experiment, the CaBz2 solution is saturated at equilibrium before titration. Why must
the CaBz2 solutions be saturated?
Transcribed Image Text:Calcium Benzoate: a) A sample of saturated CaBz2 solution is at equilibrium. The initially-prepared concentrations are [Ca?+]; = A and [Bz]; =B. This sample is allowed to saturate, and then the remaining solid is filtered out. As determined by titration, the final benzoate ion concentration in solution is [Bz]:= C. What is the solubility product of CaBz2, in terms of A, B, and C?| b) In our lab experiment, the CaBz2 solution is saturated at equilibrium before titration. Why must the CaBz2 solutions be saturated?
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